Model
|
Engine
|
1955
Volkswagen
Karmann Ghia
Delivers concentrated advanced Cozol technology directly to the backs of intake valves. Dissolves baked-on carbon deposits, improves MPG, increases power and reduces rough idle. Effective for use on gasoline direct injection and port fuel injection engines. Easy to use - spray past the air mass sensor through the air intake.
|
1.2L H4
|
1956
Volkswagen
Karmann Ghia
Delivers concentrated advanced Cozol technology directly to the backs of intake valves. Dissolves baked-on carbon deposits, improves MPG, increases power and reduces rough idle. Effective for use on gasoline direct injection and port fuel injection engines. Easy to use - spray past the air mass sensor through the air intake.
|
1.2L H4
|
1957
Volkswagen
Karmann Ghia
Delivers concentrated advanced Cozol technology directly to the backs of intake valves. Dissolves baked-on carbon deposits, improves MPG, increases power and reduces rough idle. Effective for use on gasoline direct injection and port fuel injection engines. Easy to use - spray past the air mass sensor through the air intake.
|
1.2L H4
|
1958
Volkswagen
Karmann Ghia
Delivers concentrated advanced Cozol technology directly to the backs of intake valves. Dissolves baked-on carbon deposits, improves MPG, increases power and reduces rough idle. Effective for use on gasoline direct injection and port fuel injection engines. Easy to use - spray past the air mass sensor through the air intake.
|
1.2L H4
|
1959
Volkswagen
Karmann Ghia
Delivers concentrated advanced Cozol technology directly to the backs of intake valves. Dissolves baked-on carbon deposits, improves MPG, increases power and reduces rough idle. Effective for use on gasoline direct injection and port fuel injection engines. Easy to use - spray past the air mass sensor through the air intake.
|
1.2L H4
|
1960
Volkswagen
Karmann Ghia
Delivers concentrated advanced Cozol technology directly to the backs of intake valves. Dissolves baked-on carbon deposits, improves MPG, increases power and reduces rough idle. Effective for use on gasoline direct injection and port fuel injection engines. Easy to use - spray past the air mass sensor through the air intake.
|
1.2L H4
|
1961
Volkswagen
Karmann Ghia
Delivers concentrated advanced Cozol technology directly to the backs of intake valves. Dissolves baked-on carbon deposits, improves MPG, increases power and reduces rough idle. Effective for use on gasoline direct injection and port fuel injection engines. Easy to use - spray past the air mass sensor through the air intake.
|
1.2L H4
|
1962
Volkswagen
Karmann Ghia
Delivers concentrated advanced Cozol technology directly to the backs of intake valves. Dissolves baked-on carbon deposits, improves MPG, increases power and reduces rough idle. Effective for use on gasoline direct injection and port fuel injection engines. Easy to use - spray past the air mass sensor through the air intake.
|
1.2L H4
|
1963
Volkswagen
Karmann Ghia
Delivers concentrated advanced Cozol technology directly to the backs of intake valves. Dissolves baked-on carbon deposits, improves MPG, increases power and reduces rough idle. Effective for use on gasoline direct injection and port fuel injection engines. Easy to use - spray past the air mass sensor through the air intake.
|
1.2L H4
|
1964
Volkswagen
Karmann Ghia
Delivers concentrated advanced Cozol technology directly to the backs of intake valves. Dissolves baked-on carbon deposits, improves MPG, increases power and reduces rough idle. Effective for use on gasoline direct injection and port fuel injection engines. Easy to use - spray past the air mass sensor through the air intake.
|
1.2L H4
|
1965
Volkswagen
Karmann Ghia
Delivers concentrated advanced Cozol technology directly to the backs of intake valves. Dissolves baked-on carbon deposits, improves MPG, increases power and reduces rough idle. Effective for use on gasoline direct injection and port fuel injection engines. Easy to use - spray past the air mass sensor through the air intake.
|
1.2L H4
|